INVT PLC can be widely used in textile and chemical fiber, machine tools, cables, food and beverage, packaging, steel, construction machinery, air conditioning, elevators, printing and other machinery manufacturing industry. INVT HMI has many advantages, such as rich display, large memory and powerful configuration function, and using simple human machine interface can easily realize human – computer interaction function in various industrial automation fields. And INVT PLC and HMI have CE and RoHS declaration.

The INVT TS600 series intelligent PLC integrates advanced embedded technology with a high-speed bus architecture, delivering powerful performance in a unified automation platform. It supports four major control domains—sequential, process, information, and motion—enabling real-time control and complex calculations through highly reliable hardware and software systems.

The TS600 features open communication interfaces, IoT connectivity, and a distributed modular design that enhances flexibility and scalability. With INVT’s fully self-developed programming software and customizable services, system configuration becomes intuitive and efficient.

When combined with INVT’s VFDs, servos, HMIs, and IoT products, the TS600 forms a comprehensive one-stop automation solution, helping customers maximize value while positioning INVT as a trusted long-term partner.

The VS Series Integrated Machines deliver high-performance control, rich visualization, easy configuration, and large storage capacity, enabling efficient human–machine interaction across a wide range of industrial automation applications. With simplified and intuitive interfaces, the VS Series is well-suited for water treatment, textiles, packaging, woodworking, medical equipment, food processing, agriculture, and many other industries, providing a reliable and user-friendly solution for diverse operational needs.

The VS-Q series HMI is a cost-effective human–machine interface designed with rich display capabilities, strong performance, robust configuration tools, and user-friendly operation. It enables smooth and intuitive human–machine interaction across diverse industrial automation environments and is widely used in manufacturing, printing and packaging, textiles, woodworking, medical equipment, food processing, agriculture, and more.